The operating room behavior management system is based on the Internet of Things, RFID, and automatic control technology, deeply integrating sensing control requirements with actual hospital processes, and constructing an intelligent control solution that covers the entire process of personnel, materials, and behavior. The system relies on intelligent hair/shoe dispensing machines, changing/shoe changing cabinets, and recycling cabinets to accurately control the entry of operating room personnel, the distribution and recycling of clothing and shoes, promote hospital infection control, and ensure a safe and clean operating room environment; At the same time, through real-time monitoring and full traceability, the loss of materials such as clothing and shoes is significantly reduced, and the cost of manual management is greatly reduced, efficiently improving the turnover efficiency of materials, providing comprehensive support for hospitals to save operating expenses and achieve refined management.

The operating room behavior management system is based on intelligent design, precision manufacturing, and reliable performance, building an efficient, safe, and clean operating room operation guarantee system. The system integrates intelligent shoe and clothing dispensing machines, supports multiple authentication methods, can be quickly dispensed in 2 seconds, improves retrieval efficiency, and has inventory warning function; Intelligent recycling machine realizes contactless recycling and full box reminder, ensuring safe disposal of waste; The intelligent changing and shoe cabinet adopts a high safety self-developed electric control lock, which is durable and stable. The intelligent distribution mechanism of the grid mouth optimizes the management process. The entire product line meets medical grade standards, has stable performance, and jointly builds a reliable foundation for operating room material and personnel management.

The system is based on intelligent technology and seamlessly integrates with the surgical scheduling system through automatic identity recognition (supporting one card, facial recognition, etc.), accurately controlling personnel access permissions and preventing unrelated personnel from entering the controlled area. The automatic distribution and recycling of clothing and shoes rely on intelligent devices and RFID technology to achieve rapid collection and return. Intelligent allocation of clothing and shoe cabinets supports the combination of fixed and mobile use, reducing resource vacancy. All usage behaviors are automatically recorded, achieving full process traceability. At the same time, it has the emergency operation capability of power outage and network disconnection, ensuring the stability and reliability of the system in abnormal situations, and providing a comprehensive, intelligent, and safe closed-loop solution for operating room management.

On the basis of core behavior management, the system further expands multiple businesses such as caregiver scheduling, self-service, on-time table opening, and equipment charging management, achieving intelligent collaboration across the entire operating room. The system seamlessly integrates with the surgical anesthesia system, automatically coordinates nursing tasks, and supports dispatching/grabbing modes to improve work efficiency; Simplify personnel identity management and permission issuance through self-service terminals; Real time tracking and analysis of medical staff changing clothes, opening tables, and other nodes to help improve on-time opening rates; At the same time, intelligent charging cabinets are used to achieve centralized charging, access, and traceability management of mobile devices. The collaborative operation of multiple extended functions significantly enhances the operational efficiency, management precision, and information technology level of the operating room.

The system significantly improves the operational efficiency and management level of the operating room through intelligent control and closed-loop management of the entire process. Effectively shorten preoperative preparation time, significantly reduce clothing wear and labor costs, and save 30% of procurement costs; By seamlessly integrating facial recognition, RFID and other technologies with the scheduling system, precise personnel access and behavior tracing can be achieved, reducing the incidence of adverse events by 99% and effectively controlling the risk of infection. At the same time, the system analyzes real-time data on changing clothes, opening tables, and material usage to provide reliable basis for management decisions, comprehensively improving the safety, transparency, and overall efficiency of operating room operations.